ADXL335 is a smallsize, thin, lowpower, triaxial accelerometer that provides signals conditioned voltage outputs and can measure acceleration within a ±3 g range. Key benefits Enables precise motion sensing and control for unmanned vehicles and robot balance systems. Low power consumption makes it suitable for batterypowered devices such as wearables, helping extend runtime. Threeaxis sensing provides reliable tilt detection and captures dynamic acceleration caused by motion or shocks. Signals conditioned voltage outputs simplify interfacing with common microcontrollers and signal processing circuits. Compact form factor supports integration into spaceconstrained applications. What this product offers Function: resolution 3axis accelerometer for measuring acceleration in X, Y, and Z axes with conditioned analog outputs. Compatibility: designed for electronic engineers, hardware developers, robot enthusiasts and researchers needing straightforward sensor integration. Size and form: smallsize and thin profile ideal for compact systems and wearables. Performance: low power operation with a ±3 g measurement range suitable for tilt detection and dynamic motion sensing. Model and brand: ADXL335 accelerometer with established use in control, balance, and motion sensing applications. Suitable audiences Electronic engineers, hardware developers, robot enthusiasts and related researchers seeking reliable tilt and motion data from a compact sensor. Use scenarios Unmanned vehicles and autonomous platforms: use the threeaxis accelerometer data for attitude control, stabilization, and motion monitoring. Robot balance systems: integrate for realtime feedback to maintain stability in balancefocused robots. Wearable devices and activity monitoring: employ tilt detection and dynamic acceleration sensing to track user movement and detect motion events. Notes ADXL335 provides analog voltage outputs that reflect acceleration along three axes, suitable for direct interfacing with analogtodigital conversion and signal processing chains. The device is optimized for low power operation and compact applications, making it a practical choice for embedded motion sensing and tilt detection tasks.